Reliable Energy Storage for Hybrid Solar Systems Key Performance Highlights
Designed for residential solar systems and backup applications, the Elektra Boost 1.28kWh lithium battery delivers dependable energy storage with advanced LiFePO4 technology, high energy density, and intelligent battery protection. Supporting fast charging and 1C charge/discharge performance, it provides efficient power storage with low self-discharge and a long operational lifespan for hybrid and off-grid installations.
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Designed for Advanced Solar Energy Storage
The Elektra Boost 1.28kWh lithium battery is engineered to store solar energy efficiently while ensuring stable performance and seamless compatibility with solar and wind energy systems. Its compact design, lightweight construction, and advanced Lithium Iron Phosphate cells make it an ideal replacement for conventional lead-acid batteries. With a wide operating temperature range and enhanced safety features, it delivers reliable power in a variety of environmental conditions.
Smart Battery Performance and System Integration
Built for modern energy storage applications, the Elektra Boost 1.28kWh lithium-ion battery offers high charging efficiency and low self-discharge for dependable long-term performance. Its advanced battery chemistry provides improved safety, longer cycle life, and efficient energy delivery for residential backup systems and renewable energy installations.
ELEKTRA BOOST 1.28KW
H LITHIUM BATTERY
High Performance. Maximum Efficiency.
Energy & Performance
Warranty
Battery Unit: Standard product warranty as per Crown Solar Energy policy.
- (Terms & Conditions Apply)
Support Coverage: Backed by Crown Solar Energy's nationwide service and technical support network.
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Resources
Compare Models: Explore other lithium battery models in the Elektra Boost series.
Important Information: Product specifications may vary depending on system configuration and installation conditions.
Performance: Performance depends on solar array size, battery configuration, and environmental conditions.
Battery Backup: Battery backup duration depends on connected loads and battery capacity.
Charging Performance: Actual charging and discharging performance may vary based on operating conditions.